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NEOTON MOTOR
CWD882_datasheet.pdf

CWD882_datasheet.pdf

Product catalog summary

Overview: The CWD882 is a 2-phase DSP digital stepper driver designed for high-performance applications requiring up to 8.2A current output. It is ideal for NEMA 34 stepper motors, providing maximum torque with a compact design.

Key Features:

Equipped with a 32-bit DSP processor featuring anti-resonance technology.
Supports a high current output range from 2.4A to 8.2A.
Operates within a wide input voltage range of 24-90VDC.
Incorporates an online adaptive PID algorithm for enhanced performance.
Offers 16 microstep settings, allowing up to 51200 steps per revolution.
Compact dimensions of 118x75x34mm, making it suitable for space-constrained applications.

Specifications:

Input Voltage: 24-90VDC
Output Current: 2.4-8.2A
Microstep Settings: 16 settings, up to 51200 steps/rev
Control Signal: Pulse/Direction or CW/CCW
Pulse Frequency: 0-200kHz
Processor: 32-bit DSP
Dimensions: 118x75x34mm
Weight: 0.3 kg

Mechanical Drawing: Detailed mechanical drawings are available for precise installation and integration.

Contact Information: For more details, visit www.neotonmotor.com or contact sales at [email protected].

Catalog excerpts

The CWD882 is a 2-phase DSP digital stepper driver supporting up to 8.2A at 24-90VDC. The high current output makes it suitable for NEMA 34 stepper motors requiring maximum torque. Features 32-bit DSP, antiresonance, and adaptive PID in a compact 118x75x34mm form factor. • 32-bit DSP processor with anti-resonance • High current output up to 8.2A • Online adaptive PID algorithm • 16 microstep settings up to 51200 steps/rev • Compact 118x75x34mm form factor Input Voltage Output Current Microstep Settings Control Signal Pulse Frequency Processor Dimensions Weight

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CWD882_datasheet.pdf

CWD882_datasheet.pdf

Catalog excerpts

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